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Journal of the American Statistical Association Volume 85, 1990 - Issue 412
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Applications and Case Studies

Reporting Delays and the Incidence of AIDS

Jeffrey E. Harris Department of Economics, Massachusetts Institute of Technology, Cambridge, MA, 02139; Medical Services, Massachusetts General Hospital, Boston, MA, 02114
Pages 915-924 | Received 01 Jun 1987, Published online: 27 Feb 2012

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Y. Xia, N. Lu, I. Katz, R. Bossarte, J. Arora, H. He, J.X. Tu, B. Stephens, A. Watts & X.M. Tu. (2015) Models for surveillance data under reporting delay: applications to US veteran first-time suicide attempters. Journal of Applied Statistics 42:9, pages 1861-1876.
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Xin Ming Tu, Xiao-Li Meng & Marcello Pagano. (1993) The AIDS Epidemic: Estimating Survival After AIDS Diagnosis From Surveillance Data. Journal of the American Statistical Association 88:421, pages 26-36.
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Victor Degruttola, Xin Ming Tu & Marcello Pagano. (1992) Pediatric AIDS in New York City: Estimating the Distributions of Infection, Latency, and Reporting Delay and Projecting Future Incidence. Journal of the American Statistical Association 87:419, pages 633-640.
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Mei-Cheng Wang. (1992) The Analysis of Retrospectively Ascertained Data in the Presence of Reporting Delays. Journal of the American Statistical Association 87:418, pages 397-406.
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Articles from other publishers (29)

Jeffrey E. Harris. (2022) Timely epidemic monitoring in the presence of reporting delays: anticipating the COVID-19 surge in New York City, September 2020. BMC Public Health 22:1.
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Roel Verbelen, Katrien Antonio, Gerda Claeskens & Jonas Crevecoeur. (2022) Modeling the Occurrence of Events Subject to a Reporting Delay via an EM Algorithm. Statistical Science 37:3.
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Oliver Stoner & Theo Economou. (2019) Multivariate hierarchical frameworks for modeling delayed reporting in count data. Biometrics 76:3, pages 789-798.
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Sang Woo Park & Benjamin M. Bolker. (2020) A Note on Observation Processes in Epidemic Models. Bulletin of Mathematical Biology 82:3.
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Jonas Crevecoeur, Katrien Antonio & Roel Verbelen. (2019) Modeling the number of hidden events subject to observation delay. European Journal of Operational Research 277:3, pages 930-944.
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Alexandra Oliveira, Humberta Amorim, Rita Gaio & Luís Paulo Reis. 2019. New Knowledge in Information Systems and Technologies. New Knowledge in Information Systems and Technologies 716 726 .
Magdalena Rosinska, Nikos Pantazis, Janusz Janiec, Anastasia Pharris, Andrew J Amato-Gauci, Chantal Quinten & ECDC HIV. (2018) Potential adjustment methodology for missing data and reporting delay in the HIV Surveillance System, European Union/European Economic Area, 2015. Eurosurveillance 23:23.
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Alexandra Oliveira, Brígida Mónica Faria, A. Rita Gaio & Luís Paulo Reis. (2017) Data Mining in HIV-AIDS Surveillance System. Journal of Medical Systems 41:4.
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Alexandra Oliveira, A. Rita Gaio, Joaquim Pinto da Costa & Luís Paulo Reis. 2016. New Advances in Information Systems and Technologies. New Advances in Information Systems and Technologies 641 649 .
Victor Gruttola & Q. Liao. 2014. Wiley StatsRef: Statistics Reference Online. Wiley StatsRef: Statistics Reference Online.
Alexandra Oliveira, Joaquim Costa & Ana Rita Gaio. (2014) The incidence of AIDS in Portugal adjusted for reporting delay and underreporting. The incidence of AIDS in Portugal adjusted for reporting delay and underreporting.
Lan Huang, Douglas Midthune, Martin Krapcho, Zhaohui Zou, Marie‐Joseph Horner & Eric J. Feuer. (2013) Adjusting for reporting delay in cancer incidence when combining different sets of cancer registries. Biometrical Journal 55:5, pages 755-770.
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Huazhen Lin, Paul S. F. Yip & Richard M. Huggins. (2008) A double‐nonparametric procedure for estimating the number of delay‐reported cases. Statistics in Medicine 27:17, pages 3325-3339.
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Victor De Gruttola & Q. Liao. 2005. Encyclopedia of Biostatistics. Encyclopedia of Biostatistics.
Maria Tereza S. Barbosa & Claudio J. Struchiner. (2002) The estimated magnitude of AIDS in Brazil: a delay correction applied to cases with lost dates. Cadernos de Saúde Pública 18:1, pages 279-285.
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Victor De Gruttola & Marcello Pagano. 1993. Methodological Issues in AIDS Behavioral Research. Methodological Issues in AIDS Behavioral Research 189 204 .
Jisheng Cui & Niels G. Becker. (2000) Estimating HIV incidence using dates of both HIV and AIDS diagnoses. Statistics in Medicine 19:9, pages 1165-1177.
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Jisheng Cui. (2004) Nonparametric Estimation of a Delay Distribution Based on Left‐Censored and Right‐Truncated Data. Biometrics 55:2, pages 345-349.
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Jisheng Cui. (1999) Estimating AIDS incidence and jack-knife variance from a continuous delay distribution and incomplete data. Statistics in Medicine 18:5, pages 527-537.
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Maria Tereza S. Barbosa & Claudio José Struchiner. (1998) Estimativas do número de casos de aids no Brasil, corrigidas pelo atraso de notificação. Revista Brasileira de Epidemiologia 1:3, pages 234-244.
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Jisheng Cui & John Kaldor. (1998) Changing pattern of delays in reporting AIDS diagnoses in Australia. Australian and New Zealand Journal of Public Health 22:4, pages 432-435.
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Ahmadou Alioum & Daniel Commenges. (2007) A direct approach for correcting aids incidence: Variance formula and comparison with other methods. Statistics in Medicine 14:1, pages 27-38.
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Klaus Dietz, Johannes Seydel & Bernhard Schwartländer. (2006) Back‐projection of german AIDS data using information on dates of tests. Statistics in Medicine 13:19-20, pages 1991-2008.
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J.F. Lawless. (1994) Adjustments for reporting delays and the prediction of occurred but not reported events. Canadian Journal of Statistics 22:1, pages 15-31.
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D. De Angelis, NE Day, SM Gore, WR Gilks & MA McGee. (2016) AIDS: the statistical basis for public health. Statistical Methods in Medical Research 2:1, pages 75-91.
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Jerry Lawless & Jianguo Sun. 1992. AIDS Epidemiology. AIDS Epidemiology 81 104 .
Peter R. Bacchetti, Mark R. Segal & Nicholas P. Jewell. 1992. AIDS Epidemiology. AIDS Epidemiology 61 80 .
Mitchell H. Gail & Philip S. Rosenberg. 1992. AIDS Epidemiology. AIDS Epidemiology 1 38 .
Jeffrey E. Harris. (2020) The Coronavirus Epidemic Curve Is Already Flattening in New York City. SSRN Electronic Journal.
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